When Breakout AOC Cables Make Sense in High-Density Data Centers
Learn when breakout AOC cables simplify high-density data center cabling, where they add complexity, and how to decide based on density, reach, port use, and operations.
Data Centers
AI Training vs AI Inference Networks: What Changes for Optical Connectivity?
Compare AI training and AI inference network optics with a practical planning guide. Learn how traffic patterns, density, latency, and site strategy change transceiver, cabling, and fiber decisions.
IHS vs. RHS: Understanding Thermal Design in High-Speed Optical Connectivity
Explore how IHS and RHS differ in thermal design, why host compatibility matters, and what to check for high-speed optical networks.
100G to 400G Migration: A Practical Data Center Roadmap
Plan a 100G to 400G migration with practical guidance on where 400G fits, what changes physically, and how to avoid overbuilding.
How to Future-Proof Fiber Patching for 800G and Emerging 1.6T Networks
Learn how to future-proof fiber patching for 800G and emerging 1.6T networks by planning around fiber type, connector strategy, polarity, and loss.
How to Reduce Ordering Errors in Multi-Site Data Center Rollouts
Multi-site rollouts usually fail at the handoff points: site surveys, part-number mapping, approval workflows, and last-minute substitutions. A disciplined ordering checklist helps you standardize what gets specified, reviewed, approved, and received before mistakes multiply across sites.
How Green Data Center Solutions Use Fiber Optics
The more than 4,000 data centers in the United States consumed about 185 TWh of electricity in 2022, enough to power Ireland all year. By 2026, experts predict that American data centers will require some 255 TWh, or 6% of all energy consumed nationally. The search for green data center solutions is urgent for enterprises, …
Preparing for 800G Infrastructure
Global users create more than 25 terabytes of data per second. Experts predict that the demand for data will increase by over 20% in 2025, driving a need for greater network infrastructure capacity. Preparing for 800G Ethernet technology is more important than ever. What Is 800G Ethernet? The 800G Ethernet specification is designed to provide …
Overview of 100G SFP Types
To stay competitive, businesses require robust and high-performance networks to handle large amounts of data and ensure seamless communication. Different 100G Transceiver types are key components in modern network infrastructure, providing high-speed connectivity for networks with varying needs. What Are 100G Transceivers? 100G Transceivers are optical transceivers designed to transmit data at 100 gigabits per …
